The emitting compound shows high quantum yield (0.87) in solution and good thermal stability.
The emitting compound exhibits bipolar transporting characteristics identified by single-carrier devices.
The emitting surface of the cathode is 110 mm in length and 4 mm in width.
The emitting layer of our OLEDs consists of PVK, TPD, PBD and the iridium complexes.
The emitting surface can actually cool below ambient temperatures via this process, known as radiative cooling.
The emitting fluorescent photons can be captured over the surface of small animals by a non-contact full angle FMT imaging system.
The intensity and distribution of radiant energy within this range is governed by the temperature of the emitting surface.
This minimal energy, called the work function, is characteristic of the emitting material and the state of contamination of its surface.
Correspondingly, the emitting light color is tuned to nearly white.
where d is the distance of the anode from the emitting surface.
magnetron sputtering and used as the emitting layer of TFEL devices.
